def test_to_from_csv(self):
flight = Flight.from_log('test/ekfv3_test.BIN')
flight.to_csv('temp.csv')
flight2 = Flight.from_csv('temp.csv')
os.remove('temp.csv')
self.assertAlmostEqual(flight2.duration, flight.duration)
self.assertAlmostEqual(flight2.zero_time, flight.zero_time)
def test_baro(self):
flight = Flight.from_log('test/ekfv3_test.BIN')
atm = flight.read_fields(Fields.ATMOSPHERE)
self.assertLess(atm.iloc[0, 0], 120000)
self.assertGreater(atm.iloc[0, 0], 90000)
self.assertLess(atm.iloc[0, 1], 30)
self.assertGreater(atm.iloc[0, 1], 0)
def test_frequency(self):
with open("test/test_inputs/manual_F3A_P21_21_09_24_00000052.json",
"r") as f:
fc_json = load(f)
flight1 = Flight.from_fc_json(fc_json)
flight2 = Flight.from_log('test/test_inputs/test_log_00000052.BIN')
freq1 = flight1.duration / len(flight1.data)
freq2 = flight2.duration / len(flight2.data)
self.assertAlmostEqual(freq1, freq2, 5)
def test_unique_identifier(self):
with open("test/test_inputs/manual_F3A_P21_21_09_24_00000052.json",
"r") as f:
fc_json = load(f)
flight1 = Flight.from_fc_json(fc_json)
self.assertIsInstance(flight1.unique_identifier(), str)
flight2 = Flight.from_log('test/test_inputs/test_log_00000052.BIN')
self.assertIsInstance(flight2.unique_identifier(), str)
print(flight2.unique_identifier())
self.assertEqual(flight1.unique_identifier(),
flight2.unique_identifier())
def test_ekfv2(self):
flight = Flight.from_log("test/xkfv2_log.BIN")
qs = flight.read_fields(Fields.QUATERNION)
self.assertFalse(qs.isnull().values.all())
def test_quaternions(self):
flight = Flight.from_log('test/00000150.BIN')
quats = flight.read_fields(Fields.QUATERNION)
self.assertFalse(quats[pd.isna(quats.quaternion_0) == False].empty)
def test_missing_arsp(self):
flight = Flight.from_log('test/00000150.BIN')
self.assertGreater(flight.duration, 500)
def test_axis_rates(self):
flight = Flight.from_log("test/test_inputs/test_log_00000052.BIN")
axis_rates = flight.read_fields(Fields.AXISRATE)
self.assertFalse(axis_rates.isnull().values.all())